The Maritime Department boasts state-of-the-art facilities that bridge the gap between theoretical knowledge and real-world application. The advanced simulators, workshops, and labs provide an immersive learning experience for students, enabling them to directly apply concepts learned in the classroom to practical situations. This hands-on experience reinforces theoretical understanding and promotes skill development, ensuring students are well-equipped to succeed in the maritime industry. The following list of simulators, workshops, and laboratories serves the maritime programs, providing comprehensive range of facilities that cater to both Marine Engineering and Deck Officer program:
This state-of-the-art simulator is designed to replicate the operation, fault detection, and decision-making processes of various types of engines, allowing students to gain hands-on experience in a controlled environment. The Engine Simulator offers a wide range of exercises and scenarios, providing a comprehensive understanding of different engine systems and operations. Students can practice tasks such as auxiliary engine operation and faultfinding, main engine operation and faultfinding, marine boiler operation and faultfinding, marine steam turbine operation and faultfinding, fresh water generator operation and faultfinding, and auxiliary machineries operation and faultfinding. The simulator ensures that students can execute functions that they might not cover during their coursework, giving them a well-rounded education.
The Full Mission Simulator is one of the most sophisticated entire mission simulators in the world, providing students with a realistic experience of engine control room operations. Developed by TRANSAS and powered by WARTSILA, this simulator allows participants to practice a range of duties and functions, helping them develop the skills necessary to become effective engineer officers on board ships. Students can fulfill more than five different types of ship and system simulations, including MAN BW 6S60MC-C TANKER LCC, AZZIPOD DIESEL-ELECTRIC CRUISE SHIP, MAN B&W 50MC-C, STEAM TURBINE LNG, and 2X MAN DIESEL L32-40.
This facility is designed to train students in the operation, maintenance, and fault detection of high voltage systems commonly found on board ships. The High Voltage Simulator features equipment from leading manufacturers such as Bakker & Schneider, ensuring that students have access to the latest technology in the field. The simulator includes high voltage circuit breakers, systems, safety equipment, and electrical panels, providing a comprehensive training environment.
The Hydraulic and Pneumatic Simulator offers a variety of equipment to simulate different operation and faultfinding scenarios. Students can practice using solenoids, actuators, valves, connections, rams, motors, pumps, and simulation panels to gain a deeper understanding of hydraulic and pneumatic systems.
This facility enables students to learn about the operation and faultfinding of refrigeration systems through the use of various equipment, such as compressors, evaporators, condensers, expansion valves, cold rooms, control systems, and simulation panels.
In this workshop, students can develop practical skills in the maintenance and repair of marine engines and equipment. The workshop is equipped with a range of machinery, including diesel generators, pumps, engine spare parts, air compressors, oil purifiers, oily water separators, fresh water generators, fridge compressors, engine parts, and machinery parts. Students can practice skills such as dismantling and assembly of machinery and equipment, construction and design understanding, and teamwork and communication in a real-world environment.
The Marine Electrical Workshop provides training on various electrical systems and equipment, such as generator simulators for practicing planned maintenance on generators and dealing with alarms like high engine temperature, low oil pressure and overspeed. The workshop also features pneumatic and hydraulic simulators for training on systems using valves, solenoids, and actuators. Electronic training boards are available to teach students about basic electronic circuits used in various systems, such as rectifiers, voltage doublers, and power circuits. Students can also learn about motor control panels, which train them on main control circuits like on-line starting, star/delta, and reverse direction. Lastly, the PLC simulator allows students to work with different types of PLCs and learn the required programming languages.
This workshop focuses on safety measures, machine tools, and measuring instruments. Students can gain hands-on experience with equipment such as lathe machines, welding machines, and general workshop tools. By making the Engine workshop an integral part of the training program, students will develop knowledge and understanding of safety measures, proper use of machine tools and measuring instruments, and specialized tools through practical tasks in the workshop.
The MATLAB lab provides students with access to advanced software for mathematical computing and programming, enabling them to develop valuable computational skills. MATLAB allows students to perform complex calculations, analyze data, and visualize results, preparing them for real-world challenges in the maritime industry.
This lab offers access to software for computer-aided design (AutoCAD), as well as programming languages like Python and Octave, helping students build a solid foundation in programming and design. AutoCAD allows students to create detailed technical drawings and plans, which are essential for marine engineering projects. Python and Octave programming languages enable students to develop problem-solving skills and apply them to a wide range of engineering tasks.
The college is equipped with one of the most advanced Full Mission Bridge Simulators, developed by TRANSAS and powered by WARTSILA. The simulator features three independent bridge rooms, each accommodating up to four trainees simultaneously. This setup allows students to experience a wide range of duties and functions related to ship handling, navigation, and communication. The Full Mission Bridge Simulator can replicate various scenarios, including casting off, berthing alongside, entering or leaving harbors, pilotage with different ship sizes, and deep draft vessels. Students can also practice communication with shore-based services such as Vessel Traffic Services (VTS). All exercises can be conducted under various weather conditions as assigned by the qualified bridge instructor.
The Electronic Chart Display and Information System (ECDIS) Simulator, also developed by TRANSAS and powered by WARTSILA, is an essential training tool for modern deck officers. The ECDIS lab features twelve stations, accommodating up to twelve students or trainees at once. Through the ECDIS Simulator, students gain familiarity with electronic chart systems and learn how to operate them effectively.
The Chart Room is equipped with eighteen stations, allowing up to eighteen trainees to participate in exercises simultaneously. Students in the Chart Room work with paper charts and nautical publications to learn the fundamentals of marine navigation. Trainees will gain experience in preparing passage plans, drawing courses, and maintaining safe navigation under various scenarios, while also learning about chart symbols and signs.
The Seamanship Lab focuses on practical skills related to ropes, wires, and other materials commonly used on board ships. Students gain hands-on experience with knot tying, splicing, rigging, and other essential seamanship skills.
The Cargo Simulator provides students with a realistic environment to practice various aspects of cargo handling operations, including loading, unloading, and securing cargo on board ships. This facility enables trainees to become proficient in using different types of cargo handling equipment, ensuring efficient and safe cargo operations.
The Global Maritime Distress and Safety System (GMDSS) Lab offers hands-on experience in the use of essential communication and emergency response equipment. Students will learn how to coordinate rescue efforts at sea and respond to emergency situations using GMDSS equipment.
The Global Maritime Distress and Safety System (GMDSS) Lab offers hands-on experience in the use of essential communication and emergency response equipment. Students will learn how to coordinate rescue efforts at sea and respond to emergency situations using GMDSS equipment.
The college incorporates practical training in compliance with the Standards of Training, Certification, and Watchkeeping (STCW) for seafarers. This component ensures that students are well-prepared to meet the requirements of the international maritime industry and can effectively perform their duties as deck officers or marine engineers. The on-campus swimming pool is used for conducting water safety and survival training exercises. Students learn essential skills, such as swimming techniques, life-saving procedures, and the use of life-saving equipment, preparing them for emergencies at sea.